Environmental concerns were paramount. That was balanced against certain practical considerations, and certainly safety, comfort, performance and design build were considerations. Long term reliability is uncertain- however I am at least hopeful in this area.Hi all,
I think when most people think of Electric cars, or some kind of plugin cars, they automatically think "tree hugger". I am interested to know how much environmental concerns drove people's interest in buying or interest in buying their Clarity. Thanks!
I would note that ICE technology has not been standing still, and today's conventional vehicles are MUCH more environmentally friendly than they used to be. You may argue that this has been driven by regulation, and that's probably true...
In any event, nobody should feel "dirty" buying a new ICE vehicle in my opinion.!
I will somewhat disagree. ICE only vehicles are still pretty terrible
1) We had 7Kw of roof solar installed on our house. Payback period would have been 12+ years without adding a PHEV or BEV into the mix. By adding the Clarity our payback period on the solar drops to less than 6 years.
Right. Our house electric usage was too low to make installing solar worth while. We really needed the car. We do put a lot of miles on the car, especially in the winter half of the year when we take our son to school. Currently the car shows 32K miles on the odometer. Our solar produces about 50kw/day in the summer, but only about 20kw/day in the winter. Our big usage is AC as Redding is a very hot city, but those are also some of the best solar producing days. We get about 3 months of spring, and three months of fall, when we don't use heat or AC. Winter temps sort of run in the 40s overnight and 50-60 during the day.@jdonalds - In order to cut your payback period in half, it would seem that "adding a PHEV into the mix" would have to double your electric consumption. You either have a very low electric bill, or you drive one heck of a lot (in EV mode). If your daily usage is ~50 miles (all electric) then your PHEV consumption no more than 14 kWh per day (410 kWh per month). If your baseline consumption (pre-PHEV) was only 410 kWh per month, you are very thrifty...
Our baseline electric usage is more than triple that (average ~1300 kWh per month)... Doubling this with the PHEV would require us to drive ~4200 miles per month -> 50K per year (all in EV). I don't think this would even be possible as it would mean 3+ full charges every day. In our case, our largest load is the electric heat and A/C (heat pump). Perhaps you are in an area that doesn't need any heat, and has a minimal A/C requirement?
A lot of the savings came from the high price of gas in CA. Right now it is averaging $4/galRight. Our house electric usage was too low to make installing solar worth while. We really needed the car. We do put a lot of miles on the car, especially in the winter half of the year when we take our son to school. Currently the car shows 32K miles on the odometer. Our solar produces about 50kw/day in the summer, but only about 20kw/day in the winter. Our big usage is AC as Redding is a very hot city, but those are also some of the best solar producing days. We get about 3 months of spring, and three months of fall, when we don't use heat or AC. Winter temps sort of run in the 40s overnight and 50-60 during the day.
Average monthly use is 391kwh for the past 12 months according to the JuiceBox report.
We have net metering so we are credited $0.15 for each KW and we also pay $0.15 when we pull power from the grid.
The numbers may not add up but I do keep records on auto fuel and house electricity and we did have that $2,500 savings in 2018.